A local hardware store has a “Savings Wheel" at the checkout. Customers get to spin the wheel and, when the wheel stops, a pointer indicates how much they will save. The wheel can stop in any one of 50 sections. Of the sections, 10 produce 0% off, 20 sections are for 10% off, 10 sections for 20%, 5 for 30%, 3 for 40%, 1 for 50%, and 1 for 100% off. Assuming that all 50 sections are equally likely, a. What is the probability that a customer's purchase will be free (100% off)? b. What is the probability that a customer will get no savings from the wheel (0% off)? c. What is the probability that a customer will get at least 20% off?

College Algebra
1st Edition
ISBN:9781938168383
Author:Jay Abramson
Publisher:Jay Abramson
Chapter9: Sequences, Probability And Counting Theory
Section9.5: Counting Principles
Problem 42SE: In horse racing, a “trifecta” occurs when a bettor wins by selecting the first three finishers in...
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A local hardware store has a “Savings Wheel" at the checkout. Customers get to
spin the wheel and, when the wheel stops, a pointer indicates how much they will
save. The wheel can stop in any one of 50 sections. Of the sections, 10 produce
0% off, 20 sections are for 10% off, 10 sections for 20%, 5 for 30%, 3 for 40%,
1 for 50%, and 1 for 100% off. Assuming that all 50 sections are equally likely,
a. What is the probability that a customer's purchase will be free (100% off)?
b. What is the probability that a customer will get no savings from the wheel
(0% off)?
c. What is the probability that a customer will get at least 20% off?
Transcribed Image Text:A local hardware store has a “Savings Wheel" at the checkout. Customers get to spin the wheel and, when the wheel stops, a pointer indicates how much they will save. The wheel can stop in any one of 50 sections. Of the sections, 10 produce 0% off, 20 sections are for 10% off, 10 sections for 20%, 5 for 30%, 3 for 40%, 1 for 50%, and 1 for 100% off. Assuming that all 50 sections are equally likely, a. What is the probability that a customer's purchase will be free (100% off)? b. What is the probability that a customer will get no savings from the wheel (0% off)? c. What is the probability that a customer will get at least 20% off?
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